لخّصلي

Structure selection and design

o Light materials: Lightweight and strong materials should be chosen at the same time such as carbon or aluminum.?Electronic Devices

?o Sensors: Installation of multiple sensors such as thermal imaging cameras, humidity and temperature sensors, to be used in monitoring agricultural crops.?Programming and smart system

?o Programming: Developing software that manages the aircraft's path, where the aircraft receives commands from a ground controller or autonomous control unit using artificial intelligence (AI) to improve efficiency.?Testing and improvement

?o Testing: After the assembly of the drone, the system is tested in an environment similar to agriculture to test the effectiveness of solar energy in operating the drones for long periods.

Structure selection and design

• Light materials: Lightweight and strong materials should be chosen at the same time such as carbon or aluminum.

‏Selection of solar panels

‏• Type: Highly efficient single or polycrystalline solar cells should be used to convert as much sunlight as possible into electrical energy.

‏• Installation: Solar panels can be mounted on the top surface of the drone.
‏Engines and fans

‏• Motors: Choosing highly efficient electric motors, which are small enough to be carried by solar drugs.

‏Electronic Devices

‏• Sensors: Installation of multiple sensors such as thermal imaging cameras, humidity and temperature sensors, to be used in monitoring agricultural crops.

‏Programming and smart system

‏• Programming: Developing software that manages the aircraft's path, where the aircraft receives commands from a ground controller or autonomous control unit using artificial intelligence (AI) to improve efficiency.

‏Testing and improvement

‏• Testing: After the assembly of the drone, the system is tested in an environment similar to agriculture to test the effectiveness of solar energy in operating the drones for long periods.